Company Filing History:
Years Active: 1980
Title: Innovations of Douglas R. Verner: Advancing Engine Control Systems
Introduction
Douglas R. Verner, an inventive mind located in Orchard Lake, MI, has made significant contributions to automotive technology through his innovative approach to engine control systems. With a focus on optimizing the air/fuel ratio in internal combustion engines, Verner holds one patent that showcases his expertise and creativity in engineering.
Latest Patents
Verner's notable patent is titled "Closed Loop Sensor Condition Detector." This invention details an electronic control unit designed to regulate the air/fuel mixture in an internal combustion engine. The unit operates with an open-loop calibration that is refined by a closed-loop signal from an integral controller. This controller adjusts based on feedback from an exhaust gas composition sensor positioned in the engine's exhaust manifold. The patent emphasizes the importance of monitoring the sensor's operational status and implementing corrective actions to ensure optimal performance and emissions control.
Career Highlights
Douglas R. Verner has established himself as an integral part of the automotive engineering field through his work with the Bendix Corporation. His invention not only enhances the efficiency of internal combustion engines but also plays a crucial role in meeting environmental standards. Verner's patent presents a sophisticated approach, utilizing a timed closed-loop sensor condition detector that checks for the sensor's functionality and alerts operators in case of malfunctions.
Collaborations
Throughout his career, Douglas R. Verner has collaborated with his coworker, Roman O. Marchak, at the Bendix Corporation. Their teamwork embodies the innovative spirit of the company, contributing to advancements in engine technology that support both performance and sustainability in automotive design.
Conclusion
Douglas R. Verner stands out as an influential inventor dedicated to improving engine control systems. His patent on the closed loop sensor condition detector reflects a commitment to innovation that goes beyond basic mechanical design, focusing on real-time data and system efficiency. His contributions continue to shape the future of automotive engineering and provide pathways for enhanced vehicle performance.